Today's Nanotech Pulse
Bioinspired Aerogel Pulls Heavy Metals From Deep Soil
Researchers at Zhejiang University created a chitosan‑carbon aerogel with vertically aligned channels that doubles water‑wicking speed and accelerates copper ion transport eightfold. The solar‑driven material can draw contaminated water from up to 1.5 m depth, mimicking plant transpiration for soil remediation.
Also developing:
By the numbers: InPHRED raises $4M seed round
GRAPHERGIA Project Launches Three Demonstration Cases to Pilot Graphene-Based Technologies
The Graphene Flagship’s GRAPHERGIA project has entered the piloting stage of three demonstration cases that embed graphene‑based energy harvesting and storage technologies into real‑world products. The first case delivers an all‑in‑one self‑charging textile for wearables, the second integrates a triboelectric nanogenerator sensor into aerospace composites, and the third creates a graphene‑enhanced lithium‑ion battery module for CubeSat space missions. All demonstrators follow a Safe‑and‑Sustainable‑by‑Design approach, employing water‑based, solvent‑free processes and comprehensive life‑cycle assessments. The pilots aim to generate performance data that validates system‑level readiness across healthcare, aerospace, mobility and space markets.
SLAC Event Unveils Skyrmion and Crackling Magnet Breakthroughs in Quantum Materials
On April 14, SLAC hosted a public presentation by lead scientist Joshua Turner that revealed new experimental insights into skyrmions and crackling magnets—nanoscale magnetic textures central to next‑generation quantum technologies. The event underscored how ultrafast X‑ray techniques are reshaping the...
Flip‑Flop Steps Power Wearable Medical Devices via Graphene
📰 🧪 James Tour Group in the News: Wearable generator powers medical devices with every step of a flip-flopAn article features Rice research that has adapted laser-induced graphene […] https://t.co/R9H7Ozu1pL
Cooling Solar Modules with Nanofluids Based on Graphene Oxide, Mxene
An international research team combined a three‑dimensional oscillating heat pipe (3D‑OHP) with a surfactant‑free hybrid graphene‑oxide (GO) and MXene nanofluid to passively cool photovoltaic (PV) modules. Field tests on a 50 W panel in Mashhad, Iran, achieved temperature reductions exceeding 24 °C,...
Single Cu Atom Sites on Co3O4 Activate Interfacial Oxygen for Enhanced Reactivity and Selective Gas Sensing at Low Temperature
Researchers have anchored atomically dispersed copper atoms (1.42 wt.%) onto Co3O4 nanoparticles, creating Cu–O–Co interfacial linkages that dramatically lower the temperature needed to activate lattice oxygen. This structural tweak yields more than a twenty‑fold increase in low‑temperature formaldehyde sensing compared with...
Strong Ligand Coordination Enabled Multiphase Ceramic Nanofibers for Simultaneously Enhancing Structural Stability and Infrared Reflection
Researchers introduced a carboxylic‑acid ligand coordination method that stabilizes reactive zirconium and titanium sols for electrospun ceramic nanofibers. The resulting multicomponent fibers embed a zirconia buffer between an alumina matrix and infrared‑reflective titania, delivering exceptional mechanical robustness and infrared reflectivity....
A Pioneer Compilation on Ibrutinib-Loaded Hybrid Nanoformulations for Different Types of Cancer
Researchers Pandey, Gautam, and Singh review hybrid nanoformulations that encapsulate ibrutinib, a BTK inhibitor used for chronic lymphocytic leukemia and mantle‑cell lymphoma. The paper details how polymeric nanoparticles, liposomes, dendrimers and SNEDDS improve ibrutinib’s solubility, bioavailability, and pharmacokinetics while reducing...
EcoPro Lands CAD 6 Million From Canada to Boost Solid‑state Lithium‑metal Anodes
EcoPro Innovation, a subsidiary of EcoPro, has secured a CAD 6 million (≈$4.5 million) grant from the Canadian federal government to accelerate development of lithium‑metal anodes for solid‑state batteries. The funding is part of Canada’s Energy Innovation Program and targets a full‑scale pilot...
Targeted mRNA Nanoparticles Halt Lung Tumors and Cachexia
Follistatin mRNA delivered via targeted lipid nanoparticles enables a dual therapeutic effect by simultaneously suppressing lung tumor growth and preventing cancer-associated muscle wasting (cachexia). https://t.co/56fCFZU0vk
Japan Adds $4 B to Rapidus R&D, Aiming for 2‑nm Chip Production by 2027
Japan’s industry ministry approved an additional 631.5 billion yen (about $3.96 billion) for Rapidus, bringing total government R&D support to roughly $15 billion. The funding is aimed at accelerating the company’s 2‑nanometre logic‑chip line, slated for mass production in fiscal 2027, and at...
Targeted Microbubble Therapy Cuts Kidney Damage in Rat Model of Chemotherapy‑Induced AKI
Researchers led by Si, Mo and Zhao demonstrated that E‑selectin‑targeted microbubbles combined with ultrasound dramatically improve methylprednisolone’s renoprotective effect in rats with cisplatin‑induced acute kidney injury, cutting serum creatinine and preserving tubular cells. The pre‑clinical breakthrough points to a new...
IEEE Nanotech Council Launches May Webinar Showcasing AI‑Driven Modeling Platform
The IEEE Nanotechnology Council unveiled a May 2026 webinar that will demonstrate Advance/NanoLabo’s new “Autopilot” feature, which creates atomistic models from natural‑language prompts, and showcase GPU‑accelerated machine‑learning interatomic potentials. The event signals a push toward lowering expertise barriers in nanotech...
Light Improves Electrical Performance of Low‑Temp 2D Materials
🧪⚛️ Disorder and illumination - how shining light on 2D systems at low temperatures can sometimes dramatically improve electrical properties, including a preprint from this week. https://t.co/86FPuy8rht
Disorder and Illumination
Researchers have long used low‑temperature illumination to improve electronic transport in two‑dimensional (2D) systems. In GaAs‑based quantum wells, a red LED at ~10 K reduces disorder, raising electron mobility and sharpening fractional quantum Hall signatures. A new preprint shows that deep‑UV...
EU Approves €211 Million Funding for Graphene Chip Technology Project in Italy
The European Commission has approved a €211 million (approximately $230 million) state‑aid grant for Italy’s CamGraPhIC to develop graphene‑based photonic optical transceivers. The project will be split between research sites in Pisa and Bergamo, partnering with local universities and technology institutes. The...
University of Michigan Nanoparticle Therapy Stops Tick‑Borne Red Meat Allergy in Mice
On Aug. 12, 2024, University of Michigan scientists, with University of Virginia collaborators, reported that an intravenously delivered nanoparticle formulation prevented the tick‑borne red‑meat allergy (alpha‑gal syndrome) in 10 of 12 mice. The pre‑clinical result highlights a new nanotech route...
Atomic‑Scale Fluorographane Memory Hits 447 TB/Cm², Paving Way for Quantum‑Ready Storage
A team of scientists has demonstrated a non‑volatile memory device built on single‑layer fluorographane that stores 447 TB per square centimetre with essentially zero retention energy. The architecture promises thermal bit‑flip rates of 10⁻⁶⁵ s⁻¹ and projected data‑throughput of 25 PB/s, positioning it...
Surface‑Engineered Upconversion Nanoparticles Deliver 16‑Fold Brightness Boost for Photonics
A team of scientists reported in Nanoscale Horizons that replacing organic ligands on upconversion nanoparticles with low‑vibrational‑energy Sn₂S₆⁴⁻ ligands yields up to a 16‑fold increase in luminescence intensity and longer emission lifetimes. The new surface chemistry also permits annealing into...
Researchers Explore Dielectric Control of Superconductivity in Twisted Bilayer Graphene
Researchers from Ohio State, IMDEA Nanoscience and NIMS demonstrated that the superconducting state in magic‑angle twisted bilayer graphene can be continuously tuned and fully extinguished by altering its dielectric environment. By placing tBLG a few nanometers above a high‑k SrTiO₃...
NY Creates Starts Installing First High‑NA EUV Lithography Tool at Albany
New York's NY Creates program announced that installation of ASML's high‑NA EUV lithography system will commence at the Albany Nanotech Complex. The effort is backed by a $10 billion partnership—$9 billion from industry and $1 billion from Empire State Development—aimed at cementing the...
Researchers Unveil Sensor‑integrated Joint‑on‑chip Platforms for Real‑time Disease Monitoring
A team led by Mantegazza and Paola Occhetta published a paper describing how embedded optical, electrical, mechanical and biochemical sensors can turn joint‑on‑chip (JoC) systems into real‑time monitoring platforms. The breakthrough addresses the long‑standing reliance on endpoint analyses and promises...
Study of EUV Nanostructures Using AFM With High-Aspect Ratio Tip (Purdue, Intel, Bruker)
Researchers from Purdue, Intel and Bruker published a paper showing that atomic force microscopy (AFM) with high‑aspect‑ratio diamond‑like carbon tips can map 40 nm‑pitch extreme ultraviolet (EUV) photoresist patterns, but the measurements are distorted by complex tip‑sample dynamics. By applying force‑mapping...
Bifunctional Structural Regulation of Polymer Composites for High‐Efficiency Electromagnetic Wave Absorption and Heat Dissipation
Researchers have created a 3D bifunctional polymer composite that integrates a continuous boron nitride (BN) network with segregated electromagnetic wave‑absorbing (EMA) units. By selectively placing carbon fiber and carbonyl iron within a styrene‑butadiene‑styrene matrix, the material achieves a thermal conductivity...
Efficient Harvesting of Irregular and Low‐Frequency Mechanical Energy via Hybridized Electromagnetic‐Triboelectric Systems
The review introduces a hybrid electromagnetic‑triboelectric nanogenerator (HE‑TENG) that merges the high‑current output of electromagnetic generators with the high‑voltage, low‑frequency efficiency of triboelectric nanogenerators. By coupling these mechanisms, the system achieves a broadband frequency response and superior conversion efficiency for...
Broad‐Salinity Osmotic Energy Harvesting From Composition Tuned Laminar Membranes
Researchers introduced composition‑tunable Ti3C2Tx/DAS laminar membranes that adjust interlayer channel size and fixed charge density by varying DAS content. This dual control enables optimal reverse electrodialysis (RED) performance across a wide salinity range of 0.05 M to 5 M. Low DAS fractions...
Vitamin C‐Derived Oxygen‐Functionalized Carbon Dots as a Novel Modulator for Regulating Zn2+ Deposition and Stabilizing Aqueous Zinc‐Ion Batteries
Researchers have developed vitamin C‑derived oxygen‑functionalized carbon dots (VC‑CDs) that act as multifunctional modulators for aqueous zinc‑ion batteries. The negatively charged VC‑CDs preferentially adsorb onto the zinc anode, creating a uniform electric field that guides even Zn²⁺ deposition while their...
Embedded Epitaxial Growth of RuOx on Co3O4 With Strong Interaction for Efficient and Robust Acidic Water Oxidation
Researchers introduced a two‑step drop‑casting method to embed RuOx on Co3O4, creating a dual‑oxide hetero‑interface with strong Co‑O‑Ru electronic coupling. This intimate interface accelerates electron transfer, suppresses high‑valence Ru formation, and shifts the oxygen evolution reaction (OER) mechanism toward the...
Hollow ZnCdS/CuInS2 S‑Scheme Heterojunction for Superior Photothermal‐Assisted Photocatalytic Coupled H2O2 and Benzaldehyde Production
Researchers have engineered a hollow ZnCdS/CuInS2 S‑scheme heterojunction that couples photocatalytic hydrogen peroxide generation with selective oxidation of benzyl alcohol to benzaldehyde. The hollow nanobox architecture provides broad‑band light absorption and a moderate photothermal effect that locally raises temperature, speeding...
Jointly Enhanced Nitrate and Water Activation by Precisely Ligand Substituent Regulation in Bimetallic Cluster for Highly Efficient Ammonia Electrosynthesis
Researchers introduced a bimetallic Cu4Pt2 cluster whose activity is tuned by precise ligand substituent changes. The CF3‑Cu4Pt2 variant delivers a Faradaic efficiency of 91.84% and an ammonia yield of 13.65 mg NH3 per mg catalyst per hour at –0.5 V versus RHE. Dual...
Graphene Oxide Fuel
A novel interface engineering method boosts graphene oxide fuel cell power density to 0.7 W/cm², matching commercial fluorine-based membranes and advancing eco-friendly hydrogen energy solutions. fuelcells
Light‑Powered Nanorobots Capture and Relocate Bacteria Precisely
Light-driven nanorobots, smaller than a micron, can now hunt, capture, and relocate bacteria with precision, offering new possibilities for targeted manipulation in microbiology and biomedical research. nanotechnology
A Nanoscale Robotic Cleaner Can Hunt, Capture and Remove Bacteria
Researchers at Julius‑Maximilian University of Würzburg have created sub‑micron nanorobots that use photon‑recoil propulsion to hunt, capture, and relocate bacteria. By embedding plasmonic nanoantennas, the devices steer via light polarisation, achieving rapid 90° turns and precise manipulation of microbial clusters....
New Expansion‑Microscopy Toolkit Eliminates Distortion in Inflated Cells
Researchers from the University of New South Wales and the University of Lisbon introduced a toolkit that uses protein nanocages and digital analysis to correct distortion in expansion microscopy. The method enables reliable, quantitative 3D imaging of organelles as small...
Nanodisc Technology Improves Study of Viral Proteins for Vaccines
Scientists at Scripps Research, in partnership with IAVI, have unveiled a nanodisc‑based platform that embeds viral surface proteins in lipid‑like particles, preserving their native membrane context. Published in Nature Communications, the method was validated with HIV and Ebola glycoproteins, delivering...
SEEDS Moves Into Dedicated NETPark Site to Scale Graphene Tech Production
SEEDS, a UK deep‑tech firm specializing in engineered graphene platforms, is relocating to a dedicated manufacturing site at NETPark as part of Durham County Council’s £100 million (≈$125 million) expansion. The new facility shifts the company from R&D to full‑scale production, allowing...
Nanomedicine Advances Offer Targeted Breast Cancer Therapy and Early Detection
Researchers have shown that nanocarrier formulations can increase oral bioavailability by more than 3.5‑fold and double tumor‑inhibition rates in pre‑clinical breast‑cancer models. The advances promise more precise drug delivery, reduced toxicity, and earlier detection, potentially changing standard care for the...
University of Arkansas‑Little Rock Secures $12.75 M Federal Grant to Accelerate Nanotech Research
The University of Arkansas at Little Rock was awarded $12.75 million in federal funding, earmarked for nanotechnology equipment, cybersecurity initiatives and a veterans legal clinic. The grant, championed by Sen. John Boozman, positions the R2 university to scale high‑impact materials research...
Governor Hochul Announces NY Creates Begins Installation of the First Major Tool for High NA EUV Lithography Center at Albany...
Governor Kathy Hochul announced the start of installation of Tokyo Electron’s 300 mm wafer coater/developer, the LITHIUS Pro DICE, at NY Creates’ Albany NanoTech Complex. The tool is the first major piece for the upcoming High NA EUV Lithography Center, North America’s only publicly owned...
Nanomedicine Offers Targeted Solutions for Breast Cancer Treatment
Nanomedicine is reshaping breast cancer therapy by using nanoscale carriers to improve drug solubility, targeting, and controlled release. Recent preclinical studies show lipid‑polymer hybrids boosting oral bioavailability over threefold and photothermal nanoparticles halving tumor growth when combined with chemotherapy. Metallic...
Taiwan Accelerates Silicon Photonics and Nanomaterial R&D for AI Chip Power
Taiwan announced a coordinated national effort to fast‑track silicon‑photonic (SiPh) and advanced nanomaterial development, targeting faster, more energy‑efficient AI chips. The move aims to sustain the island’s global semiconductor leadership amid surging AI workloads.
Nanomade Demonstrates Quantum‑Tunnelling Force‑Touch Sensors to Taiwan OEMs
Nanomade presented its Capaforce force‑touch sensor platform to Taiwan's leading electronics manufacturers, highlighting a sensitivity that is 75 times greater than standard strain gauges. The demos covered laptops, wearables, headphones and other consumer devices, positioning the technology for broader commercial...
The Insight Partners Forecasts 12.4% CAGR for Nanotech Drug Delivery Market to 2031
The Insight Partners released a market outlook projecting a 12.4% compound annual growth rate for nanotechnology-enabled drug delivery platforms from 2025 to 2031. The report cites rising chronic disease prevalence, personalized medicine, and R&D spending as key catalysts, while noting...
AI Chips Could Get Faster with 30-Nanometer Embedded Memory that Cuts Data Shuttling
Researchers at the Institute of Science Tokyo have demonstrated a 30‑nanometer logic‑embedded memory stack using aluminum scandium nitride (AlScN) and ultra‑thin platinum electrodes. By heat‑treating the lower electrode, they preserved crystal alignment, allowing the memory to retain high performance even...
Ultrahigh-Strength Magnesium From Nanocolloid Solidification
A team led by Yang, Nadendla and Fang has demonstrated that solidifying nanocolloid suspensions can produce magnesium with tensile strengths over 400 MPa, far above the ~250 MPa of conventional alloys. The technique refines grains to the nanometer scale while embedding reinforcing...
Chinese Startup Unveils 20 Glowing Plant Species for Electricity‑Free City Lighting
Magic Pen Bio, a Hefei‑based nanotech startup, announced the creation of 20 engineered plant species that emit light without electricity. Founder Li Renhan says the plants need only water and fertilizer, positioning them as a low‑cost alternative for urban illumination...
A Biodegradable Supercapacitor Delivers Acupuncture-Style Pain Relief
Researchers have created a biodegradable supercapacitor that uses single‑atom iron (Fe‑O₄) sites on a carbon scaffold to deliver acupuncture‑style pain relief in mice. The iron atoms boost capacitance to 279.5 mF cm⁻² while reducing ion adsorption energy, preserving fast charge‑discharge rates. The...
Expansion Microscopy Tool Kit Corrects Distortion of Blown-Up Cells
Researchers have unveiled an expansion microscopy toolkit that uses genetically encoded protein nanocages as internal rulers to correct uneven swelling of organelles. By measuring these nanoscale cages, the system quantifies local expansion factors and digitally reconstructs distortion‑free 3‑D images. The...
Magnetic Biochar Nanocomposite Rapidly Removes Antibiotic Pollution From Wastewater
Researchers at Shenyang Agricultural University have engineered a magnetic biochar nanocomposite incorporating Fe₃O₄ and SnO₂ that removes tetracycline from wastewater through combined adsorption and light‑driven photocatalysis. The optimized material achieved 91.8% removal in three hours and retained over 82% efficiency...
Effect of Seed Layers on the Growth of Novel 3D TiO 2 Nanorod Thin Films by Hydrothermal Method
Researchers synthesized TiO₂ nanorod thin films on FTO glass using a low‑temperature hydrothermal process, comparing growth with and without a spin‑coated TiO₂ seed layer. The seed layer dramatically increased nucleation sites, yielding uniformly distributed nanorods, whereas seed‑free samples produced larger,...
Iron‐Based Metal‐Organic Framework MIL‐100(Fe) Regulates Keloid Scarring in a Humanized Keloid Model
The study shows iron‑based metal‑organic framework MIL‑100(Fe) nanoparticles are highly biocompatible, rapidly taken up by keloid fibroblasts, and selectively inhibit the TGF‑β/SMAD pathway, reducing collagen I, collagen III, and P4HA1 expression. In vitro experiments maintained >90% cell viability and curtailed...